From vast termite mounds that outstrip our own skyscrapers, to elaborate birds nests, delicate shells, and deadly spiders' traps, the constructions of the animal world can amaze and at times humble our own engineering and technology. Mike Hansell reveals the biology behind animal architecture - showing how small brains have evolved to produce complex and beautiful structures.

First published in 2007. This work was composed under the direction of the author, Dr Bernard Heuvelmans, President of the International Society of Cryptozoology, before his death in 2001. The contents have been drawn from his various works, including unpublished manuscripts, as well as his scientific articles.

Drawing on the latest research in archaeozoology, archaeology, and molecular biology, Animals as Domesticates traces the history of the domestication of animals around the world. From the llamas of South America and the turkeys of North America, to the cattle of India and the Australian dingo, this fascinating book explores the history of the complex relationships between humans and their domestic animals. With expert insight into the biological and cultural processes of domestication, Clutton-Brock suggests how the human instinct for nurturing may have transformed relationships between predator and prey, and she explains how animals have become companions, livestock, and laborers. The changing face of domestication is traced from the spread of the earliest livestock around the Neolithic Old World through ancient Egypt, the Greek and Roman empires, South East Asia, and up to the modern industrial age.

The natural history museum is a place where the line between "high" and "low" culture effectively vanishes--where our awe of nature, our taste for the bizarre, and our thirst for knowledge all blend happily together. But as Stephen Asma shows in Stuffed Animals and Pickled Heads, there is more going on in these great institutions than just smart fun. Asma takes us on a wide-ranging tour of natural history museums in New York and Chicago, London and Paris, interviewing curators, scientists, and exhibit designers, and providing a wealth of fascinating observations. We learn how the first museums were little more than high-toned side shows, with such garish exhibits as the pickled head of Peter the Great's lover. In contrast, today's museums are hot-beds of serious science, funding major research in such fields as anthropology and archaeology. "Rich in detail, lucid explanation, telling anecdotes, and fascinating characters.... Asma has rendered a fascinating and credible account of how natural history museums are conceived and presented. It's the kind of book that will not only engage a wide and diverse readership, but it should, best of all, send them flocking to see how we look at nature and ourselves in those fabulous legacies of the curiosity cabinet."--The Boston Herald.

Learn the alphabet with twenty-six favorite animal friends.

From termite mounds that in relative terms are three times as tall as a skyscraper, to the elaborate nests of social birds and the deadly traps of spiders, the constructions of the animal world can amaze and at times humble our own engineering and technology. But how do creatures with such small brains build these complex structures? What drives them to do it? Which skills are innate and which learned? Here, Mike Hansell looks at the extraordinary structures that animals build - whether homes, traps, or courtship displays - and reveals the biology behind their behaviour. He shows how small-brained animals achieve complex feats in a small-brained way, by repeating many simple actions and using highly evolved self-secreted materials. On the other hand, the building feats or tool use of large-brained animals, such as humans or chimps, require significantly more complex and costly behaviour. We look at wasp's nests, leaf-cutting ants, caddisflies and amoebae, and even the extraordinary bower bird, who seduces his mate with a decorated pile of twigs, baubles, feathers and berries. Hansell explores how animal structures evolved over time, how insect societies emerge, how animals can alter their wider habitat, and even whether some animals have an aesthetic sense.